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Chris Wareing's Research Interests
- Computational Fluid Dynamics
- RANS modelling
- Finite Differencing methods
- Spectral Methods
- Shock capturing methods
- Test problems for computational fluid dynamics
- Test problems for astrophysical fluid dynamics
- HPC and Parallel super-computing
- Programming (C, FORTAN 77/90/95, MPI)
- Parallel 1D, 2D & 3D Fourier Transforms (FFTW)
- Mixed-mode parallel programming
- Implementation on Hardware
- Scalability optimisation
- Efficiency
- Stellar feedback processes in star-forming molecular clouds
- Formation of molecular clouds through the action of the thermal instability
- Mechanical stellar feedback through winds and supernovae
- Implementing stellar evolution tracks
- Carbon Dioxide transport engineering
- Ideal and complex three-phase equations of state for CFD, e.g. PRSV, PRSV2, GERG, Span & Wagner, Yokozaki
- Modelling high pressure release of liquid CO2
- Turbulence models: k-epsilon (standard and compressibility corrected), reynolds-stress
- Application to cryogenic and carbon-dioxide machining processes
- Magnetic field decay via the Hall effect in the crusts of neutron stars
- Planetary Nebulae and their AGB progenitors
- The effect of interaction with the ISM on the shaping and evolution of planetary nebulae from the beginning of the preceding AGB phase.
- Conference Organisation
- Budgetting
- Sourcing
- Enabling
- Complementary Schools Programmes
- Evaluation
- APN5: Chair of the LOC
- NAM 2012: session co-organiser: Current Developments in Numerical Astrophysics
- NAM 2015: session co-organiser: Current Devleopments in Numerical Astrophysics
- Working with Industry
- Research project design
- Research project execution
- Research project budgetting
- Research project reporting
- Worked with:
- Mantis Numerics Ltd
- National Grid (COOLTRANS Research Programme)
- GLND (COOLTRANS Research Programme)
- DNV.GL (COOLTRANS Research Programme)
- Atkins Global (COOLTRANS Research Programme)
- Pipeline Integrity Engineers (COOLTRANS Research Programme)